A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Cantilever frame structure for supporting scaffold
The invention provides a cantilever frame structure for supporting a scaffold, and solves the problems that the construction cost is relatively high and the construction efficiency is relatively low due to the fact that most connecting parts of a cantilever frame for supporting the scaffold and a wall body are mounted in a pre-embedded manner and the cantilever frame which extends out in a suspended manner needs to be cut after construction is completed. Each component is of a detachable and attachable structure (the second overhanging pipes with different lengths can be installed according to the supporting requirements of the scaffold, and a proper amount of second supporting square pipes are installed on the second overhanging pipes), and after construction is completed, each component can be detached and recycled, so that the construction cost is saved, and the construction efficiency is improved. Meanwhile, due to the fact that the embedded pipe is embedded in the wall body and is not exposed, the embedded pipe does not need to be cut after construction is completed, and the construction speed is higher.
本发明提供了一种用于脚手架支撑的悬挑架结构，解决了目前用于支撑脚手架的悬挑架与墙体连接部分多为预埋安装，在施工完成后需要对悬伸出来的悬挑架进行切割处理，存在施工成本较高，施工效率较低的问题。本发明的各个构件均为可拆可附加(可根据脚手架的支撑需要，安装不同长度的第二悬伸管，并在第二悬伸管上安装适量的第二支撑方管)结构，在施工完成后，各构件均可拆卸回收再利用，节约了施工成本，同时预埋管由于预埋在墙体内无外漏，在施工完成后无需对预埋管进行切割，使得施工速度更快。
Cantilever frame structure for supporting scaffold
The invention provides a cantilever frame structure for supporting a scaffold, and solves the problems that the construction cost is relatively high and the construction efficiency is relatively low due to the fact that most connecting parts of a cantilever frame for supporting the scaffold and a wall body are mounted in a pre-embedded manner and the cantilever frame which extends out in a suspended manner needs to be cut after construction is completed. Each component is of a detachable and attachable structure (the second overhanging pipes with different lengths can be installed according to the supporting requirements of the scaffold, and a proper amount of second supporting square pipes are installed on the second overhanging pipes), and after construction is completed, each component can be detached and recycled, so that the construction cost is saved, and the construction efficiency is improved. Meanwhile, due to the fact that the embedded pipe is embedded in the wall body and is not exposed, the embedded pipe does not need to be cut after construction is completed, and the construction speed is higher.
本发明提供了一种用于脚手架支撑的悬挑架结构，解决了目前用于支撑脚手架的悬挑架与墙体连接部分多为预埋安装，在施工完成后需要对悬伸出来的悬挑架进行切割处理，存在施工成本较高，施工效率较低的问题。本发明的各个构件均为可拆可附加(可根据脚手架的支撑需要，安装不同长度的第二悬伸管，并在第二悬伸管上安装适量的第二支撑方管)结构，在施工完成后，各构件均可拆卸回收再利用，节约了施工成本，同时预埋管由于预埋在墙体内无外漏，在施工完成后无需对预埋管进行切割，使得施工速度更快。
Cantilever frame structure for supporting scaffold
一种用于脚手架支撑的悬挑架结构
WANG ZHIQI (author) / FU WANQING (author) / ZHU ZHIHUA (author) / YU HANSHI (author) / LI YU (author) / GUO ZHIYONG (author)
2023-07-14
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
| European Patent Office | 2024
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